The same is true for most piezo-based sensors, which typically have a very low level of integration (transducer only in some cases), with the data transferred elsewhere for later analysis.

Nanometer adjustment precision, wear-free operation, and clean-room compatibility is critical in applications such as super-resolution microscopy, micro-assembly, beam delivery, photonics, and ...

No need to power up the original module. Just connect its analog output and ground connections to the monostable circuit shown below to make another/your version of the piezo shock/impact/vibration ...

XY flexure-guided piezo nanopositioning stage delivers ultra-precise motion, long-term stability, and travel to 1500µm. Image Credit: PI (Physik Instrumente) LP Nanometer adjustment precision, ...

This pair is comprised of the ULC1001 application-specific digital signal processor (DSP) and DRV2901 piezoelectric transducer driver, working with a vibration transducer to create the ULC system.

Researchers have developed new sensors for measuring acceleration and vibration on trains. The technology could be integrated with artificial intelligence to prevent railway accidents and ...

Such sensors are used in automotive, medical and aerospace industries, for example, to measure acceleration, force, pressure, audio vibration and other metrics. It is generally applicable to all IEPE ...